Encryption Source Normalization Method for Mimic System

Delei Nie, Hong Yu
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Abstract

Although the mimic system can effectively defend against known or unknown vulnerabilities / backdoor attacks, some encryption protocols such as SSH will produce different encryption results on different executors, even with the same processor, the same operating system, the same encryption protocol and the same plaintext, which leads to difficulty in output arbitration. To solve this problem, this paper proposes an encryption source normalization method, which can make different executors generate same ciphertext by normalizing the source of the random number and synchronizing the length of output data, so that the output of heterogeneous executers can be successfully arbitrated by the scheduler. This method is verified by experiments using SSH protocol. Test results show that this method can effectively solve the encryption problem of mimic system.
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模拟系统的加密源规范化方法
虽然模拟系统可以有效防御已知或未知的漏洞/后门攻击,但某些加密协议(如SSH)即使在相同的处理器、相同的操作系统、相同的加密协议和相同的明文下,也会在不同的执行器上产生不同的加密结果,从而导致输出仲裁困难。针对这一问题,本文提出了一种加密源规范化方法,通过对随机数的来源进行规范化,同步输出数据的长度,使不同的执行器生成相同的密文,从而使异构执行器的输出能够被调度程序成功仲裁。通过SSH协议的实验验证了该方法的有效性。测试结果表明,该方法能有效地解决模拟系统的加密问题。
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